Figures & data
Figure 1 Distribution of the 24-hour recall NEAP by 526 healthy elderly (50–80 years) (A) and 135 young (23–28 years) (B) men.
Abbreviations: NEAP, net endogenous acid production; SD, standard deviation.
![Figure 1 Distribution of the 24-hour recall NEAP by 526 healthy elderly (50–80 years) (A) and 135 young (23–28 years) (B) men.](/cms/asset/08cabf09-426a-42e9-a4c3-031415fe567b/dcia_a_37158_f0001_b.jpg)
Table 1 Anthropometrics, nutrient intake, and dietary acid loads of the elderly and young
Figure 2 Correlation between NEAP and age and selected anthropometrics. NEAP versus age (A), body mass index (BMI) (B), WC (C), and %BF (D).
Abbreviation: BF, body fat; NEAP, net endogenous acid production; WC, waist circumference.
![Figure 2 Correlation between NEAP and age and selected anthropometrics. NEAP versus age (A), body mass index (BMI) (B), WC (C), and %BF (D).Abbreviation: BF, body fat; NEAP, net endogenous acid production; WC, waist circumference.](/cms/asset/40155b4b-b23b-47a1-bf3d-570f23bb994b/dcia_a_37158_f0002_b.jpg)
Figure 3 Correlation between NEAP and selected nutrients. NEAP versus energy (A), protein (B), calcium (Ca) (C), potassium (K) (D), magnesium (Mg) (E), and phosphorus (P) (F).
![Figure 3 Correlation between NEAP and selected nutrients. NEAP versus energy (A), protein (B), calcium (Ca) (C), potassium (K) (D), magnesium (Mg) (E), and phosphorus (P) (F).](/cms/asset/f1b8dacc-7595-4935-9627-d2304ebce38e/dcia_a_37158_f0003_b.jpg)
Figure 4 Comparison of estimates of acid–base balance using NEAPCitation13 and protein:potassium (K) ratio.Citation16
![Figure 4 Comparison of estimates of acid–base balance using NEAPCitation13 and protein:potassium (K) ratio.Citation16](/cms/asset/6eae14fe-8377-4c96-bc5d-7accefb3fa43/dcia_a_37158_f0004_b.jpg)